M vs Chiptune Sequencer

That 8-bit sound — with the real mechanism behind it. M-NES is a chiptune workstation that recreates the RP2A03 APU, the sound chip of the classic 8-bit game console, at the register level. Two pulse channels, a triangle, a noise channel, and 1-bit DPCM samples: the five channels the hardware actually has, laid out on a piano roll. You are not composing with presets that sound "close enough" — you are driving the chip itself. FIVE-CHANNEL APU SOUND ENGINE • Two pulse waves with four duty cycles, hardware sweep, and envelopes • Triangle with the linear counter — that round, fat bass • Noise with 16 periods plus the 93-step short mode; pick the period by note pitch • DMC channel playing 1-bit DPCM samples • Switchable NTSC, PAL, and Dendy clocks and frame rates • 48 kHz mono output, just like the hardware A PIANO ROLL THAT FEELS RIGHT • Tap to write, drag to move, pull the edge to resize • 8th, 16th, and 32nd quantize • Note velocity maps straight to the APU volume registers • Per-track mute and solo, undo and redo, autosave BUILT-IN NSF PLAYER • Open .nsf or .nsfe and the built-in 6502 CPU and APU emulation play the original • Multi-song files show a track list with titles and durations • Single, repeat, and play-all modes TURN A SONG INTO EDITABLE NOTES • Re-emulates the selected song and tracks every APU register write, frame by frame • Recovers pitch, timing, velocity, duty cycles, and noise periods into five editable tracks • Use it to study, remix, or continue a track — transcribed songs play back immediately DPCM SAMPLES • Import raw 1-bit .dmc data • Convert WAV, AIFF, and CAF to hardware-spec 1-bit DPCM automatically • Place drums and voice clips with a waveform preview HARDWARE-ACCURATE EXPORT • NSF and NSFe export with a built-in 6502 driver and APU register stream • 48 kHz mono WAV master • .nesseq project files containing all editing data PRIVACY • No account, no ads, no tracking • Composing, playback, and export all happen on your device, fully offline MADE FOR • Chiptune musicians who want the real sound, not an imitation • Game developers preparing hardware-spec music and sound effects • Anyone who wants to learn how 8-bit sound actually works — duty cycles, DPCM, noise periods — hands on --- M-NES is an independent product. It is not affiliated with, sponsored by, or endorsed by any video game console manufacturer. NSF and NSFe are community file formats used to preserve 8-bit game music. NSF files may contain third-party copyrighted material; import and export only within the rights you hold.

C.H.I.P. is a Chiptune Handheld Instrument Player: sequence and build four channel chiptune, the sound of a 1989 handheld console. Arrange is your song. Sections stack top to bottom and play in order. Drag one to move it, or drag its right edge to loop it. Pattern is where notes go. Four lanes down, time across. Tap a cell, then play a key or a drum pad to fill it. Effects come from a menu you can read, so you pick Arpeggio, major instead of memorising a code. Sound is the synth. Every control has a plain name, a sentence saying what it does, and a button to hear the result. There is a preset library if you would rather start from something that already works. Song is everything else. Tempo, tuning, the mixer, saving, and export. The whole interface is drawn a pixel at a time, in the style of an early nineties desktop. Have it in grey, or behind a green LCD. Every sound is made as you play. Nothing streams, and there is no sample pack hiding in the background. Two pulse channels, a wave channel you can shape, and a noise channel, emulated at the register level so the controls mean what they meant on the original chip. Plug in a MIDI keyboard to play the instrument you are editing, and write notes straight into the grid. Export a mix as a WAV, or the song as a MIDI file to carry into whatever studio you use. There is a compare screen for the curious. Load a recording of real hardware and it lines the two up to the sample, matches their levels, and tells you how far apart they are and where. You can listen to just the difference. Songs and save files read and write in their original layouts, byte for byte, so something you write here can go back to the device it came from. Whether you want a quick lofi beat or a finished song, it is a music maker for sitting down and actually writing. Made for people who like retro sound and do not want a manual to get going.